M is DFA and NDFA of Language M is,
1) DFA
K={q}, s=q ∑= ∅, δ = ∅, F= ∅
K is a finite set of state.
∑ is a alphabet .
δ is a transition function δ : (K *∑ ) .
s is a initial state (s ∈ Q).
F is a set of final state K (F ⊆ K).
Q = {q1},
∑ = ∅,
s = {q1},
F = ∅,
δ = ∅,
Present State | Next State Input 0 | Next State input 1 |
q1 | q1 | - |
DFA Diagram:-
2) NDFA
K is a finite set of state.
∑ is a alphabet .
δ is a transition function δ: K × ∑ → 2k
s is a initial state (s ∈ Q).
F is a set of final state K (F ⊆ K).
Q = {q1},
∑ = ∅,
s = {q1},
F = ∅,
δ = ∅,
Present State | Next State Input 0 | Next State Input 1 |
q1 | q1,- | - |
NDFA Diagram:-
(g) If there is an NFA with s states which accepts a language L, then we can construct a DFA which accepts the same language and has: (circle the smallest correct answer a) s states b) 2s states d) 2 states (h) If there is a DFA which accepts a language A with s states and another whiclh accepts language B with t states, then we can construct a DFA which accepts An B which has (circle the smallest correct...
Consider the TM with Q = q0, q1, q2, f, S = {0,1}, G= (0,1,b} (∆ for blank), initial state q0 and final state f, with transition defined below: (q0, 0) → (q1, 1, R); (q1,1) → (q2, 0, L); (q2, 1) →(q0,1,R); (q1, ∆) →(f, ∆, R) (a) Provide the execution trace of this machine on the input 011 (b) Describe the language accepted by the TM (c) Suppose the transition (q0, 0) → (q1, 1, R) is replaced...
Question 9 10 pts Select all the statements below which are true: Every dfa is also an nfa. A maximum of 1 final state is allowed for a dfa. Alanguage that is accepted by a dfa is a regular language. Each dfa must have a trap state 0 Let M be an nfa, and let w be an input string. If Mends in a non-final state after reading w, then wis rejected. Let = {a,b,c,d}and M be an nfa with...
Q1. Below is the bifurcation diagram for a first-order differential equation. y- 2 k=0 k-4 (a) Write down a first-order differential equation that would have this bifur- cation diagram. tative behaviour of solutions occurs. lution if (b) Find bifurcation values of k, i.e., values of k where a change in the quali- uit so.
Q1. Below is the bifurcation diagram for a first-order differential equation. y- 2 k=0 k-4 (a) Write down a first-order differential equation that would have this...
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Question 9 4 points Save Answer Vector A has magnitude of 15.0 m/s and is 75 counter-clockwise up from the x-axis. What are the x- and y-components of the vector? O a 1.94 and 14.5 m/s Ob.-1.94 and 14.5 m/s O c. 3.88 and 14.5 m/s d.-3.88 and 14.5 mis
Find the force on q dueto i Use#10HC, q1-18. 0.22-m, and b-0.5 m C, a q1 a 7. magnitude a. 7.19.N b. 6.865 N c. 7.16 N d. 8.757.N e. 7.555.N f. 5.429 N 8. direction a. 112.2 b. 66.67 c. 33.51° d. 66.25° e. 46.51° f 65.76
Charge q1 = +q is located at (-d, 0) and charge q2 = -2q is located at (d, 0) along x-axis. What is the electric force on q1? a) Sketch a diagram and indicate the direction of the force on q1. b) Represent your answer in the simplest form in terms of q, d, and electrostatics constants.
Q1 lf S-(Q 1, 2, 3, 4, 5, 6, 7, 8, 9} and A-|0, 2, 4, 6, 8], B (1, 3, 5, 7, 9), C (2, 3, 4, 5), and D [1,6,7], list the elements of the sets corresponding to the following events: (a) A U C; (b) An B; (d) (C' n D) U B; (e) (s n c)' (f) Anc n D'.
I need to construct a deterministic finite automata, DFA M, such that language of M, L(M), is the set of all strings over the alphabet {a,b} in which every substring of length four has at least one b. Note: every substring with length less than four is in this language. For example, aba is in L(M) because there are no substrings of at least 4 so every substring of at least 4 contains at least one b. abaaab is in...
Q=K Q1 Question 14 What is the pH of a 1.00 L solution that is 0.15 M HCNO and 0.10 M NaCNO after 0.05 moles of strong base have been added? K, CH 3.88 4.30 3.10 12.70 3.70 Question 15 Determine the equilibrium constant for the following reaction at 298 K. С ЕООРГО Question 13 When AG = 0 for a reaction: K=1 K=0 Q<K Q=K Q=1 MacBook Pro